Table 5.2 (continued)
Food or cultivar/Reference
MF or EF treatment
Result
Medicinal herb
Dracocephlum polychaetum
Bornm/Taghizadeh et al.
(2019)
MF and Fe 3 O 4 magnetic
nanoparticles (MNP). SMF1:
(3 days, 3 h day
−1
) and
SMF2: (4 days, 5 h day
−1
)
both of 30 mT
(") TPC. All treatments
higher than control. The
highest at SMF2 + MNP
with 5.9 mg g
−1 FW (1.73
fold increase compared with
control)
(") TFC. All treatments
higher than control. The
highest at treatments with
MNP with 405.65 µg g
−1
FW
(") TAC. Significantly
higher by either
SMF + MNP or SMF2 as
compared to the control
samples. The highest at
SMF2 + MNP with
37.41 nmol g
−1 FW
corresponding to 1.95 times
higher than control
Almonds seeds from two
plant species (Amygdalus
scoparia Spach
and A. eburnea Spach)/
Abdollahi et al. (2019)
MF. 10 mT for 5 h per day,
for 4 days
(") TPC compared to control
group. (About 175 and
240 mg g
−1 DW for A.
scoparia and A. eburnea
respectively)
(") TAC remarkably
compared to control
group. (About 0.015 and
0.009 mmol g
−1 FW for A.
scoparia and A. eburnea
respectively)
(") AC compared to control
group. (About 45% and 40%
for A. scoparia and A.
eburnea respectively)
Note: According to the
DPPH test, SMF treated
seeds were able to convert
the stable radical DPPH into
yellow diphenyl picryl
hydrazine more readily than
those in the control group
Grapes. Two cultivars
‘Rasha’ and ‘Sultana’/
(Zareei et al. (2019)
Magnetic Solutions (MS)
Two methods for the
preparation of MS
(a) Prepared Hoagland
solution was passed through
0.1 T (T2) and 0.2 T (T3)
(") TPC. All higher than
control. The highest at T2
and T5, up to 53.25 and
52.1 mg g
−1 FW,
respectively, in Rasha. The
highest at T4 with
(continued)
5 Role of Stress and Defense in Plant Secondary Metabolites …
163
Food or cultivar/Reference
MF or EF treatment
Result
Medicinal herb
Dracocephlum polychaetum
Bornm/Taghizadeh et al.
(2019)
MF and Fe 3 O 4 magnetic
nanoparticles (MNP). SMF1:
(3 days, 3 h day
−1
) and
SMF2: (4 days, 5 h day
−1
)
both of 30 mT
(") TPC. All treatments
higher than control. The
highest at SMF2 + MNP
with 5.9 mg g
−1 FW (1.73
fold increase compared with
control)
(") TFC. All treatments
higher than control. The
highest at treatments with
MNP with 405.65 µg g
−1
FW
(") TAC. Significantly
higher by either
SMF + MNP or SMF2 as
compared to the control
samples. The highest at
SMF2 + MNP with
37.41 nmol g
−1 FW
corresponding to 1.95 times
higher than control
Almonds seeds from two
plant species (Amygdalus
scoparia Spach
and A. eburnea Spach)/
Abdollahi et al. (2019)
MF. 10 mT for 5 h per day,
for 4 days
(") TPC compared to control
group. (About 175 and
240 mg g
−1 DW for A.
scoparia and A. eburnea
respectively)
(") TAC remarkably
compared to control
group. (About 0.015 and
0.009 mmol g
−1 FW for A.
scoparia and A. eburnea
respectively)
(") AC compared to control
group. (About 45% and 40%
for A. scoparia and A.
eburnea respectively)
Note: According to the
DPPH test, SMF treated
seeds were able to convert
the stable radical DPPH into
yellow diphenyl picryl
hydrazine more readily than
those in the control group
Grapes. Two cultivars
‘Rasha’ and ‘Sultana’/
(Zareei et al. (2019)
Magnetic Solutions (MS)
Two methods for the
preparation of MS
(a) Prepared Hoagland
solution was passed through
0.1 T (T2) and 0.2 T (T3)
(") TPC. All higher than
control. The highest at T2
and T5, up to 53.25 and
52.1 mg g
−1 FW,
respectively, in Rasha. The
highest at T4 with
(continued)
5 Role of Stress and Defense in Plant Secondary Metabolites …
163